Citations

Question 1

Water cycle and lecture 1 - introduction

Answer 1

Hiscock and Bense 2014

Question 2

Jericho case study

Answer 2

HB 2014

Question 3

Lecture 2 - introduction to gw, porosity, etc.

Answer 3

HB 2014

Question 4

Ghyben-Herzberg principle and saltwater intrusion in the Llobregat Delta, Spain

Answer 4

HB 2014

Question 5

In order:
Lecture 3 - PP1: conductivity vs. Permeability - darcy’s law etc
PP2: storage and release of water from an aq
Two mechanisms for water to drain
Central Valley California ex of over exploitation

Answer 5

HB 2014
HB 2014
Jacob 1940
HB 2014 and Williamson et al 1989

Question 6

Lecture 4 gw and geological processes
Impact of glaciations - pro glacial permafrost prevent recharge
Confirm recharge under glacial conditions
Analysis of deep brines discharge recharge swap

Answer 6

HB 2014
Jirakova et al 2011
Bense and person 2008 and Lemieux et al 2008
Grasby et al 2000

Question 7

Fault zone hydrogeology

Answer 7

Bense et al 2013

Question 8

Lecture 5 gw potential and GAB
Analytical solution to boundary value problem - flow works on multiple scales
Large scale gw flow in GAB - dependent practices - transmissivity - railway

Answer 8

HB 2014 - use with caution as was not entirely sure I’d could use as reference but decided it was fine
Toth 1963
Habermahl and Lav 1997 and Habermahl 1989 - Love et al 2000 - Harris 1981

Question 9

Lecture 6 Reynolds numbers and gw flow eq

Effect of topography on regional gw flow patterns

Answer 9

HB 2014

Freeze and Witherspoon 1967

Question 10

Lecture 7 pumping test analysis - incl Dupuit assumptions

Theis eq

Answer 10

HB 2014

Theis 1935 - may be useless citation

Question 11

Lecture 9 tracer tests

Answer 11

HB 2014

Question 12

A simple borehole dilution technique in measuring horizontal gw flow

Answer 12

Pitrak et al 2007

Question 13

An evaluation of some fluorescent dyes for water tracing

Answer 13

Smart and Laidlow 1977

Question 14

Lecture 10 introduction to hydrchemistry
Chebotarev sequence
Hydro chemical evolution in Floridian aquifer system

Answer 14

HB 2014
Chebotarev 1955
Sprinkle 1989

Question 15

Metamorphism in the crust of weathering - both parts

Answer 15

Chebotarev 1955

Question 16

Lecture 11 hydro chemical processes - redox etc

Answer 16

HB 2014

Question 17

Lecture 12 contaminant hydrogeology - napl etc

Answer 17

HB 2014

Question 18

A natural gradient experiment on solute transport in a sand aquifer - 1. Approach and overview of plume movement

Answer 18

Mackay et al 1986

Question 19

A controlled field experiment on gw contamination by a multicomponent DNAPL: dissolved plume retardation

Answer 19

Rivett and Allen-King 2003

Question 20

Water balance eq information

Answer 20

HB 2014

Question 21

Lecture 14 discharge calculation etc

Answer 21

HB 2014 - use with caution

Question 22

An evaluation of traces dilution techniques for gauging rivers in flood

Answer 22

Airey et al 1984

Question 23

Slope area method (measurement if peak discharge)

Answer 23

Dalrymple and Benson 1989

Question 24

Interception loss - significant fraction of total evaporation in most regions

Answer 24

Dingman 2002

Question 25

Lecture 15 precipitation and evaporation

Answer 25

HB 2014 - use with caution as limited notes

Question 26

An evaluation of the Gash interception model in a northern hardwood stand

Answer 26

Carlyle-Moses and Price 1999

Question 27

An analytical model of rainfall interception by forests

Answer 27

Gash 1979

Question 28

Measuring and modelling interception loses by hedgerows in England

Answer 28

Herbst et al 2006

Question 29

Lecture 16 evapotranspiration

Answer 29

HB 2014 - use with caution as limited notes

Question 30

An integrated micrometeorological system for evaporation measurement

Answer 30

Shuttleworth et al 1988

Question 31

Horton model - hortonian overland flow/ infiltration excess flow

Answer 31

Horton 1933

Question 32

Partial area concept

Answer 32

Betson 1964

Question 33

Variable source area concept

Answer 33

Hewlett and Hibbert 1967

Question 34

Lecture 17 runoff - soil part only

Answer 34

HB 2014

Question 35

Green-Ampt - infiltration model

Answer 35

Green and Ampt 1911

Question 36

Lecture 17 runoff - infiltration measurement and qualitative description and Richards eq and the Green and Ampt Model

Answer 36

Dingman 2002 - use with caution as limited notes

Question 37

Comparison of infiltration models

Answer 37

Mishra et al 2003

Question 38

Lecture 18 hydrographs - incl unit hydrographs etc.

Answer 38

HB 2014 - use with caution as limited notes

Question 39

Comparison of different baseflow separation methods in a lowland catchment

Answer 39

Gonzales et al 2009

Question 40

MIKE-SHE

Answer 40

DHI 1993

Question 41

LISFLOOD-RR

Answer 41

Van der Knijff et al 2010

Question 42

HBV

Answer 42

Bergstrom 1976

Question 43

Modelling of the effect of land use changes on the runoff generation of a river basin

Answer 43

Hundecha and Bardossy 2004

Question 44

Rational method

Answer 44

Kuichling 1889

Question 45

Non-stationary flood frequency analysis in Southern Germany

Answer 45

He et al 2006

Question 46

Gw exploitation in chalk aquifer in London in order: Trafalgar Square fountains initially supplied under Artesian conditions Huge abstractions 1850-1950 Recovery lead to flooding and pressure on foundations

Answer 46

Kirkaldy 1954 Marsh and Davies 1983 Lucas and Robinson 1995

Question 47

Gyhben-Herzberg relationship - brackish transition zone and cyclic transport of saline transport and saltwater wedge

Answer 47

Todd 1980